Presentation title Authors DOI A GURSON-TYPE DAMAGE MODEL COMBINED WITH DISLOCATION MECHANISM BASED VISCOPLATIC MODEL TO PREDICT CREEP LIFE FOR P91 STEEL Wang, Lei; Yin, Jundong; Li, Dongfeng https://doi.org/10.53254/ESISTUBE.ECF24.220 ELECTRONS AND HOLES ALTER INTRINSIC MATERIAL STRENGTH Hirakata, Hiroyuki; Matsunaga, Wataru; Shimada, Takahiro https://doi.org/10.53254/ESISTUBE.ECF24.221 FATIGUE CRACK INITIATION AND GROWTH IN STEELS CONTAINING A METASTABLE SECOND PHASE: NOTCH AND MICROSTRUCTURAL EFFECTS Morales-Rivas, Lucia; Kerscher, Eberhard https://doi.org/10.53254/ESISTUBE.ECF24.222 NANO-INDENTATION MODELING OF THE SINGLE CRYSTAL COPPER USING STRAIN-GRADIENT CRYSTAL PLASTICITY THEORY AND OPTIMIZATION ALGORITHM Pham, Van-Thanh; Cha, Kyoon-Ho; Kim, Jong-Sung https://doi.org/10.53254/ESISTUBE.ECF24.223 INVESTIGATION OF MICROSTRUCTURAL EVOLUTION IN PARIS LAW REGIME OF FATIGUE CRACK GROWTH RATE TESTED NANO-STRUCTURED BAINITE Chhajed, Bhawesh; Kumar, Avanish; Singh, Aparna https://doi.org/10.53254/ESISTUBE.ECF24.224 EFFECT OF COMPOSITION ON IMPACT TOUGHNESS OF NANOPEARLITE Singh, Rahul; Singh, Aparna https://doi.org/10.53254/ESISTUBE.ECF24.225 INTEGRATED STUDY ON CR2ALCCOATED ZIRCONIUM FOR ACCIDENT-TOLERANT FUEL SYSTEMS Pan, Boyu; Shen, Fuhui; Könemann, Markus; Münstermann, Sebastian https://doi.org/10.53254/ESISTUBE.ECF24.226 LOAD PATH-DEPENDENT FATIGUE CAPABILITY OF FORWARD ROD- EXTRUDED CASE HARDENING STEEL 16MNCRS5 Lingnau, Lars Andree; Sauer, Lukas Maximilian; Walther, Frank https://doi.org/10.53254/ESISTUBE.ECF24.227 NEW FORMULATED MODEL FOR DUCTILE DAMAGE ANALYSIS AND ITS COMPARISON TO GTN MODEL Dixit, Saurabh; Anand, Sachit; Tiwari, Abhishek https://doi.org/10.53254/ESISTUBE.ECF24.228 THE EFFECT OF SURFACE MODIFICATION ON FRETTING WEAR OF STEEL FOR ENGINE APPLICATION Amanov, Auezhan; Usman, Ali; Kouhia, Reijo; Vippola, Minnamari https://doi.org/10.53254/ESISTUBE.ECF24.229 FAR FIELD TENSION TO ADVANCE A FRETTING FATIGUE CRACK UNDER THE SHARP AND ROUNDED EDGE CONTACTS Kim, Hyung-Kyu https://doi.org/10.53254/ESISTUBE.ECF24.230
RkJQdWJsaXNoZXIy MjM0NDE=